The Final Event of the Connective Cities Learning Process in Southeast Europe brought together municipalities, donors, and technical experts in Podgorica to accelerate the region’s transition toward sustainable, renewable energy solutions. Over three dynamic days, participants exchanged practical insights, pitched municipal project concepts, engaged directly with financing institutions, and visited a completed energy-efficiency project in Cetinje. The workshop marked the culmination of nearly two years of collaboration, equipping cities with clearer financing pathways, stronger partnerships, and concrete next steps for turning their renewable energy ambitions into implementable, fundable projects.
On a voluntary basis, more and more municipalities are reporting on the implementation status of the 2030 Agenda‘s Sustainable Development Goals (SDGs) at the local level in so-called Voluntary Local Reviews (VLR) or Voluntary Sub-National Reviews (VSR) at the regional level. These serve as a supplement to the national reports (VNRs) of governments and are presented each year at the United Nations High-Level Political Forum (HLPF) in New York. This leads to greater visibility for the local level regarding the international level and highlights its central role in implementing the SDGs. However, in many countries, there is more talk about local governments at the national level than with them when it comes to developing national sustainability strategies. Yet it is at the local level that over 65% of the SDGs are implemented (or not).
At the beginning of December 2024, Connective Cities therefore launched a learning process on sustainable reporting at the local and regional level. The aim was to improve the preparation of VLRs and VSRs through an international exchange of experiences, accelerate the implementation of the SDGs, and ultimately promote dialogue between the local, regional, and national levels. For the first time, representatives of municipal associations consulted with their colleagues from city administrations in a dialogue event organized by Connective Cities. Regional diversity, with perspectives and practical examples from South America, sub-Saharan Africa, Germany, Southeast Europe, and Asia, vividly fuelled the discussion and contributed to the success of the process.
Local governance plays a critical role in advancing climate action across the MENA region, where cities and municipalities are increasingly at the frontline of responding to climate-related challenges such as water scarcity, extreme heat, and urban vulnerability. Despite national climate strategies, local authorities often face limited financial and technical capacities to implement sustainable solutions. However, there is growing recognition of the need to decentralize climate governance by empowering municipalities with the tools, knowledge, and resources to plan and implement locally tailored climate initiatives. Collaborative efforts—such as regional networks, peer-learning platforms, and partnerships with civil society and the private sector—are helping to strengthen local capacities and foster more inclusive, participatory approaches to climate resilience in urban and rural settings alike. Against this background, Connective Cities has organized on the 13th October 2025 an insight session to showcase good practices and achievements from municipalities in the MENA region in this field.
Planning framework for municipal heat adaptation in Aswan| Photo: Connective Cities
Dr. Marwa Ahmed (General Manager of International Cooperation and Community Participation at the Urban Development Fund in Egypt), presented the good practice ‘Integrated Heat Action Framework Development in Aswan, Egypt’, where the Urban Development Fund partnered up with Aswan governorate to channel its institutional knowledge while putting together fragmented parts that will form the base for an Integrated Heat Action Framework in Aswan. The aim was to 1) establish a core working group with the most relevant departments to be involved in the process of developing a heat action plan, and 2) develop the general framework and select a zone for piloting. International experiences showcased and discussed as part of the deep dive were adapted to serve in the local context. Capitalizing on the local native knowledge in Aswan on climate-responsive design and construction methods, the local building codes will be reviewed and modified. The general framework includes measures for 1) adaptation planning and implementation, 2) preparedness, communication, and workers’ safety, 3) built environment, infrastructure, and managed spaces, and 4) ecosystem-based adaptation.
Voting for area prioritization and selection was conducted and resulted in choosing “Elsail Elgadida” as a pilot area. Initial needs assessment meetings with local residents revealed a myriad of urban challenges, among which is the lack of safe public spaces. Accordingly, it was suggested to designate one of the districts numerous wide streets to this purpose by converting it into a pedestrian-only area and rehabilitating it with tree planting, shading elements and urban furniture. Local residents expressed their willingness to collaborate by watering the planted trees.
Assessment of pedestrian-friendliness in Constantine | Photo: Connective Cities
Mr. Al-Hani Maghzi (representative of Constantine municipality-Algeria) presented the initial results and roadmap for improving walkability and transitioning into transit-oriented development in Constantine. He showcased the multi-stage roadmap that incorporates a wide range of procedures that are categorized as structural (e.g. review of mobility plan), comprehensive (e.g. reducing car use, widening sidewalks, reorganizing parking spaces) and priority actions (transforming the city center into a pedestrian-friendly area). He concluded his presentation with the statement that green and liveable cities prioritize pedestrians over vehicles.
In conclusion, the examples showcased how decentralized cooperation supports knowledge exchange, strengthens global partnerships, and drives innovation in local climate adaptation and climate protection efforts. Through the resulting lively discussion, the participants were provided with actionable insights and tools for municipalities to integrate climate resilience into local planning, infrastructure, and service delivery while ensuring social equity and long-term environmental sustainability.
Cities play a dual role in climate change—they are both major contributors to it and highly vulnerable to its impacts. This dynamic creates a feedback loop that exacerbates urban challenges, where urban contributions to climate change worsen the very risks that urban centers face. As cities worldwide experience the impacts of climate change including rising temperatures and more frequent heatwaves, the need for proactive, risk-informed planning has never been more urgent.
Cities Leading by Example: A Guidebook on Risk-Informed Planning and Heat Mitigation serves as a practical guide for municipal actors, urban planners, policymakers, and community leaders seeking to adopt risk-informed approach and to integrate heat adaptation into their planning processes. Drawing on practice-oriented examples, this guidebook delves into city experiences in devising policies and strategies, optimizing the institutional set-up and steering structures, pursuing effective communication and public engagement as well as utilising evidence-based planning using climate data.
The member states of the United Nations (UN) committed to work closely with local and regional governments to implement the Sustainable Development Goals (SDGs).
From 2 to 4 December 2024, Connective Cities organized in collaboration with the Association of German Cities a Dialogue Event in Berlin, in which 37 practitioners from 25 institutions and 15 countries met in order to exchange their experiences in the field of the Voluntary Local and Sub-National Review.
The focus of the dialogue event was on exchanging experiences and providing mutual peer-to-peer advice. The regional diversity, with perspectives and practical examples from South America, Sub-Saharan Africa, Germany, Southeast Europe and Asia, invigorated the discussion and contributed to the success of the event.
The Deep Dive celebrated another milestone in the two year long process, with the latest workshop being held in Aswan – Egypt from 21st to 23rd January 2025. The workshop marked the transition from the phase of piloting of solutions towards optimization and upscaling. Participants representing the cities of Nairobi, Aswan, Mombasa, Lüdenscheid, Heidelberg and Lviv (virtually) discussed the results of implementing their pilots. Additionally, participants had the opportunity to learn about projects and initiatives implemented in Aswan governorate that are relevant to sustainable urban development and urban climate action.
Program
The workshop activities were carried out over three days, and included peer advisory activities, presentations and a technical input from Prof. Jürgen Kropp from the Potsdam Institute for Climate Impact Research (PIK) in addition to an excursion in Aswan. A series of peer-to-peer exchanges between the participants who are working in different local conditions was facilitated. During the first day, the participants discussed their key learnings from the implementation of their pilots and elaborated on the measures taken to ensure co-creation with relevant stakeholders and the sustainability of the pilots’ results. Furthermore, a keynote from the deputy governor of Aswan, Mr. Amr Lashin, shed light on efforts to transition towards human-centric urban development in the governorate. The introduction also included a presentation from UDF’s general manager for international cooperation and community participation, Dr. Marwa Soliman, which delved into the role of the Urban Development Fund (UDF) and its numerous projects on integrated urban development and urban climate action.
This was followed on the second day by a series of exercises that guided the participants into identifying areas for optimization in their pilots and methods for upscaling including 1) standardization of design and replication, 2)planning incremental upscaling, 3) financial and human resources allocation, 4) redefining the anticipated risks given the wider scale of implementation, and 5) monitoring of progress including the definition of key performance indicators.
The final day incorporated a session on reflections from the participants on their experiences throughout the implemented stages of the Deep Dive in addition to a hybrid session with Prof. Kropp, who addressed their questions on various technical topics including 1) using artificial intelligence in climate research and devising of solutions, 2) channeling climate finance to implement measures for mitigation of urban heat, 3) existing affordable solutions that are of high impact, 4) cities and local governments position in international climate talks such as the COP29, and 5) building climate-resilient health systems. These topics will be the focus of a series of virtual sessions that will be held in the upcoming months with Prof. Kropp and PIK.
Documentation of the Connective Cities dialogue event from 24 to 26 September 2024 in Berlin.
Public buildings from the 1960s and 70s are a common feature of many cityscapes around the world. Today, they rarely meet the 21st century’s technical, energy and aesthetic requirements, and are frequently demolished and replaced with new buildings. However, they have great potential for reducing emissions in the construction sector, thereby contributing to climate change mitigation.
At the dialogue event, almost 25 municipal experts from Germany, Kenya, Montenegro, the Palestinian territories, Zambia and Ukraine exchanged views on solutions and challenges for the sustainable reuse of public buildings from the 1960s and 1970s and worked together to develop project ideas. New concepts often include multifunctional use for residential, social, educational, cultural, retail and office space.
The building sector must become more sustainable: It is responsible for up to 40 per cent of all CO2 emissions worldwide. The construction industry also consumes many resources, as valuable building materials are rarely recycled. Moreover, it’s not just about the construction phase: the way a building is constructed plays a decisive role in how much energy is used for heating or cooling throughout the entire life cycle of the building.
In order to fight climate change and protect the environment, the construction sector urgently needs to be decarbonized. There are many innovative ways to do this, for example with bio-based materials such as wood, clay and bricks or by recycling used materials.
Local authorities play a key role in making the construction sector more sustainable: as innovation drivers in their own buildings and in the design of building regulations.
As part of a yearlong learning process organized by Connective Cities, representatives from local authorities and research institutions as well as planners and architects shared their experiences and knowledge of climate-friendly constructions and inspired each other’s work.
Dialogue event: What must be done and what can we do?
The learning process began with a dialogue event in Potsdam from 13 to 15 November 2023, at which participants from Bhutan, Indonesia, Nepal, South Africa, Berlin, Heidelberg, Lörrach, Munich, Stuttgart and Potsdam reported on how they are shaping the green transformation in the building sector. In Heidelberg and Munich, the aim is to reuse as much existing building material as possible when constructing new urban neighborhoods on former military sites. Architect Nyoman Popo Priyatna Danes explained how traditional and modern technologies were combined in the construction of a hotel complex in Bali. It was important to sensitize the population to the fragility of the landscape and to ecological economic activity.
According to Dr. Susanne Winter from the World Wide Fund For Nature (WWF) Germany and Peter Heuer, Chairman of the Potsdam City Council, it is important to find a sustainable balance between the protection and use of forests when building with wood. Wood for the construction industry must come from sustainably managed forests. Prof Dr. Jürgen Kropp from Bauhaus Erde and the Potsdam Institute for Climate Impact Research (PIK) pointed out that bio-based building materials could mitigate the dangerous heating of cities and that, contrary to some opinions, wood is a stable and durable building material.
The dialogue took place in cooperation with the City of Potsdam, Bauhaus Erde and PIK.
Under the notion ‘initiate change from home: locally, together, and now’, WUF12 was convened in Cairo- Egypt on 4 – 8 November 2024. Connective Cities and its network members have organized and participated in several activities with various thematic focus areas.
As a thriving knowledge-sharing network, Connective Cities was showcased during an intellectual panel that included representatives of the Guangzhou Institute for Urban Innovation, VNG International, the Arab Urban Development Institute, and Metropolis. The discussion delved into examples of utilizing digital tools and innovative approaches for growth and collaborative knowledge-sharing to advance inclusive and resilient urban development on a global scale.
From 3 to 6 June 2024, the group came together in Heidelberg as part of the “Connective Cities Deep Dive” to substantiate their pilot projects and learn from the experiences of other cities.
Although the six cities have to adapt to increasing heat in different ways, they have two principles in common, as became clear during their exchange in Heidelberg. If you want to do something strategically and in the long term to combat heat in cities, you need a plan. This is just as true for Aswan in Egypt, where temperatures can reach 50 degrees Celsius in summer, as it is for Lüdenscheid, which is located in the cooler, densely wooded Sauerland region of Germany. They also strongly believe in the approach of initially testing innovative heat solutions in small pilot projects before implementing them on a larger scale.
There are many ways for cities to reduce the negative heat effects on the population: creating more green spaces, planting shade-providing trees, greening building facades, creating cooling corridors, for example through watercourses, raising public awareness and much more. To do this, it is first important to know where the heat builds up in a city.
